About
Every robot, drone and smart product begins with a microcontroller - master it and you own the foundation of embedded systems. WHO IT'S FOR - College students: get the hands-on hardware and coding skills your curriculum assumes but rarely teaches. - Working professionals: add embedded and IoT capability to move into robotics, hardware or product roles. WHY IT MATTERS: embedded systems is among the most in-demand, hardest-to-outsource engineering skills - and it's the gateway to every build on this platform. WHAT YOU'LL BUILD: a smart night lamp, a live temperature monitor, and an obstacle alarm - all yours to demo. CURRICULUM INDEX Module 1: How microcontrollers work - boards, pins and the IDE Module 2: Digital I/O - LEDs, buttons, buzzers Module 3: The analog world - sensors and the ADC Module 4: Serial communication and debugging Module 5: PWM, motors and servos Module 6: Timers, interrupts and power management (Professional track) Module 7: Communication protocols - I2C, SPI, UART (Professional track) Module 8: Capstone - design and build your own device Student track: Modules 1-5 + a guided project. Professional track: Modules 1-8 with embedded-C depth and a self-designed capstone. WHAT YOU'LL WALK AWAY WITH: a portfolio of working devices, the confidence to read datasheets and ship firmware, and a certificate of completion. Format: self-paced online + hands-on kit.
You can also join this program via the mobile app. Go to the app